What goes up must come down, but there is more to the phenomenon than meets the eye! As it turns out, any two objects attract to each other. The formula for Newton's law of universal gravitation is introduced in the explanation. A touch...

Have scholars ever wondered what a black hole looks like? See the first image of a massive black hole and learn about what a black hole is, how it forms, and how telescopes took images from around the world. The video then relates the...

What is a black hole? Individuals hear a detailed explanation about what a black hole is, how it forms, and how it effects light and matter. The characteristics of a black hole determine the image it produces in telescopes, and...

Wow! Your class will love experimenting with the laws of inertia. Steve Spangler shows how to remove a tablecloth filled with dishes and glasses of water without spilling a drop. Use this resource to lead into a discussion of gravity and...

As spectacular of an athlete as he was, even Michael Jordan can't beat gravity. Engage young scholars in exploring the science and math behind this hall-of-famer's amazing leaping ability, and see how things would be...

Sal uses Newtonian physics to explain the relationship between gravity and dense objects. He uses diagrams and relatively straightforward mathematics to demonstrate this concept.

How much do you actually weigh? It all depends on gravity. Scholars explore why gravity varies in different locations and how these variations affect weight.

This could get messy! Using a pie plate, a toilet paper roll, and a raw egg, Spangler aptly demonstrates one of Newton's classic laws: an object at rest will stay at rest until some force acts upon it. Sure enough, the demonstration...